Ground state properties of the screened helium atom under harmonic confinement
C Martínez-Flores, A Jahanshir - Chemical Physics, 2024 - Elsevier
In this contribution, we show electronic property results for the ground state of the helium
atom screened by a Debye plasma under an isotropic harmonic confinement as a function of …
atom screened by a Debye plasma under an isotropic harmonic confinement as a function of …
Energy spectra of the spiked harmonic oscillator using the shifted 1/N expansion
MA Dalabeeh, AS Sandouqa - The European Physical Journal Plus, 2022 - Springer
In this work, the three-dimensional quantum spiked harmonic oscillator Hamiltonian family is
investigated using the shifted 1/N expansion method, where N is the number of spatial …
investigated using the shifted 1/N expansion method, where N is the number of spatial …
Theoretical analysis of relativistic energy corrections, partition function and thermodynamic properties of spherically confined hydrogen atom
The relativistic energy corrections for the spherically confined hydrogen with penetrable wall
are calculated for various orbitals as a function of pressure and confinement radius. The …
are calculated for various orbitals as a function of pressure and confinement radius. The …
Harmonically Trapped Two-Electron Quantum Dot: Structural and Quantum Information Theoretic Measures
An explicitly correlated Hylleraas-type basis set within the Ritz variational framework is
utilized to study structural properties and quantum information theoretic measures of a …
utilized to study structural properties and quantum information theoretic measures of a …
Quantum Information Theoretic Measures of a Harmonically Trapped Two-Electron Quantum Dot
Correlation energy is crucial for understanding the overall behavior of atomic systems,
especially under confining conditions where they exhibit several novel physical phenomena …
especially under confining conditions where they exhibit several novel physical phenomena …